VIAVI Solutions

The digital inspection kit FBP-SD101 includes a digital fiber microscope P5000i with FiberChekPROTM software, 4 inspection tips and a case. The P5000i is a digital handheld microscope that automatically inspects and certifies the end faces of fiber connectors according to industry standards and specifications. This digital microscope provides instant pass/fail results at the push of a button, eliminating subjective and time-consuming guesswork.Compatible with multiple platforms, including T-BERD®/MTS-2000/4000/5800/6000A, 8000v2, HST-3000, Certifier40G, CellAdvisor JD720C, laptops, PCs, and Android mobile devices, the P5000i provides fast, repeatable analysis that easily integrates into existing test procedures.Kit FBP-SD101 includes: P5000i digital analysis microscope 4 inspection tips: Universal 2.5mm PC patch cord tip Universal 1.25mm PC patch cord tip SC/PC Bulkhead tip LC/PC Bulkhead tip Soft bag for microscope and accessories Carrying case for tips FiberChekPRO software installation disk QuickStart manual

Class II Laser Source; 650 nm; Max. Output Power 1.0 mW; Fiber Type Single Mode, Multi Mode; Source Modes CW, Flashing Whether installing or troubleshooting, Viavi Solutions’ VFL series of visual fault locators is an essential tool that quickly and easily locates problem areas in fiber cables. The VFL series emits a bright red laser beam (Class II), making the light escaping from the damaged fiber easily visible from a distance. By pinpointing the exact location of fiber damage, technicians can diagnose, troubleshoot, and fix the problem efficiently. The VFL series is also used for conducting continuity tests and performing fiber identification. The Continuous/Flash control button lets operators choose between continuous or flashing illumination. With FFL-050 (Pocket-sized) and FFL-100 (Ruggedized), two unique VFL versions are economically priced and ergonomically designed for comfortable handling and portability. Both versions are equipped with a 2.5 mm interface and are compatible with connectors such as SC, ST, and FC, while the 1.25 mm adapter enables connection to LC and MU connectors. The small and lightweight FFL-050 features compact size for portability, uses two AAA batteries (included) with 30+ hours continuous power and can be equipped with an universal 1.25 mm adapter (sold separately). Its FFL-100 counterpart features a rugged, shock-absorbing construction, uses two AA batteries (included) with 80+ hours continuous power, and here the 1.25 mm adapter is included. Key Features: Compact, Ergonomic Design for Ultimate Portability Visible Wavelength 650 nm High Powered Laser (1 mW) for Single Mode (>7 km) and Multi Mode (>5 km) Connectors Continuous or Flash Illumination Universal Connector Interface for Quick and Easy Connection 2.5 mm Connector Input (1.25 mm Adapter Available) Includes Soft-sided Carrying Case with Belt Loop Applications: Location of Sharp Bends, Breaks and Damages in Fiber; End-to-end Continuity Tests; Fiber Tracing and Identification

Magnification 300x225 to 1710x1280 (Low), 185x140 to 1060 x 800 (High); Camera Sensor 2560 x 1920, 1/2.5 in CMOS; Particle Size Detection <0.5 µm; Connector USB, VGA Viavi Solutions’ FVAi/FVDi series of digital benchtop fiber microscopes are the ideal inspection solution for fiber connector production by giving users a single system that is scalable to optimize throughput at any stage of the production process. With onboard capabilities for fiber inspection, pass/fail image analysis, and storage, they eliminate the need to connect with an external PC. The integrated 3.5-in LCD video display gives users full control of the device without the need for an external monitor. While the FVDi provides dedicated manual focus, the FVAi has both manual and auto-focus capabilities that can significantly optimize workflow efficiency on the production floor. From post-polish qualification inspection to end-of-line compliance certification, the FVAi/FVDi microscopes are the ideal benchtop inspection solution for any fiber production facility. FVAi and FVDi are Viavi’s next-generation platforms to equip lab & manufacturing environments with the capabilities they need for fiber inspection and certification. With the FVAi/FVDi series, operators achieve high-performance fiber inspection, analysis, and certification for labs and production environments. Key Features: Operates as Both a Stand-Alone Device and with a Monitor or PC Compact Size Saves Valuable Benchtop Space No External PC or Monitor Required No Need to Focus the Fiber Manually Applications: Optimization of Throughput at Any Stage of Production; Inspection with a Fully Automated System; Documentation of Compliance to End-face Quality Standards such as IEC-61300-3-35

Magnification 356x475 µm (Low), 713x950 µm (High); Camera Sensor 2560 x 1920, 1/2.5 in CMOS, 5 MP; Live Image 640x480, 10 fps; Connector USB Viavi Solutions’ FVAm series are the industry’s first all-in-one benchtop inspection and analysis microscopes for MPO and other multi-fiber connectors. FVAm microscopes completely automate every step of the inspection and test process with unmatched speed and reliability. With the ability to automatically test multi-fiber connectors in less than 20 seconds, the FVAm microscopes equip manufacturing facilities to ensure optimized quality and performance of MPO cables and QSFP components at every stage of production. With 100% autonomous operation, lab and production technicians have everything they need to inspect and analyze MPO connector end faces to ensure quality: Automated focus, panning, and pass/fail analysis, all at the press of a button The optional integrated touchscreen display gives users full control to view live images and analysis results, pan across the end face to view each fiber, configure test requirements, and easily navigate results Select your desired acceptance criteria including IEC-61300-3-35 or customer-specific requirements Managing clean MPO connections through the production process requires systematic and proactive methods that many technicians find troublesome, confusing and time-consuming. The FVAm is designed with high-volume production use in mind so that inspection can be quickly and easily incorporated at any stage. FVAm fully automates every step of the multi-fiber inspection and test process, including focus, pan/scroll, and fiber end-face analysis. With the ability to test a 12 fiber MPO connector in under 20 seconds, the FVAm streamlines and simplifies production efficiency. From ensuring proper MPO end face polish quality, to conducting performance tests, or preparing final shipment, technicians at every stage of the MPO production process can customize the FVAm to best fit their inspection needs. Key Features: Fully Automated Inspection and Analysis of Multi-fiber Connectors With Fast Results Available With Integrated Touchscreen Built-in Fiber End-face Analysis With Acceptance Criteria to Industry Standards (IEC-61300-3-35) Test Multiple Different Connector Configurations (for Multi- and Single-fiber) New FMAG Series Adapters Easily Switch Connector Configurations Generate Certification Reports Store Results on Device or Export Applications: Guarantee Reliable MPO Production Quality With Automated Testing; Certify MPO End-face Quality to Customer Requirements and Industry Standards; Optimize Production Workflows at Every Stage; Streamline Inspection Methods With Fast and Reliable Functionality

The digital inspection kit FIT-FCSW-KIT2 includes a FiberChek Sidewinder probe, a WIFI case , 5 inspection tips and a tip case. The FiberChek Sidewinder probe is a completely automated solution to inspect and analyze every fiber of an MPO or other multifiber connector with industry-leading reliability and speed. With 100% autonomous operation, technicians of any skill level have everything they need in a portable MPO inspection microscope.  The integrated touchscreen display gives users full control to view live images and analysis results, pan & scroll across the end face to view each fiber, and easily navigate results.  Navigate and select your desired acceptance criteria including IEC-61300-3-35 or customer-specific requirements. Store, name, and recall test results directly on the device. key benefits Fully autonomous multifiber inspection Automate the inspection workflow Certify end face quality to customer requirements Ensure accurate and fast test performance with automatic test results in under 12 seconds Easily access connections in any location Connect with anything and test anywhere! The FiberChek Sidewinder probe kit FIT-FCSW-KIT2 includes: FiberChek Sidewinder probe WiFi Case FCPP-OLA-1 FCPT-MTP FCPT-MTPA FCPT-UFBPT FBPP-BAP1 tip case

HeNe Laser Head 1122 Series

The INX 760 Probe Microscope by Viavi is a next-generation fiber inspection solution engineered for high-speed, high-density optical networks. Designed to meet the evolving demands of AI, hyperscale data centers, and telecom infrastructure, the INX 760 delivers fully automated inspection for single, duplex, and multifiber connectors. With its intuitive operation, rugged design, and Test Process Automation (TPA) capabilities, it ensures consistent, repeatable results in seconds—minimizing human error and maximizing operational efficiency.This field-optimized microscope is built to simplify complex inspection workflows while maintaining compliance with IEC 61300-3-35 standards. Whether you're deploying ultra-high fiber count (UHFC) networks or maintaining legacy infrastructure, the INX 760 provides the speed, accuracy, and reliability required for modern optical environments.Key FeaturesTrue Automated InspectionThe INX 760 automates every step of the inspection process—from test setup and tip configuration to image panning, focusing, and end-face analysis. This dramatically reduces inspection time and eliminates variability caused by manual operation.PanOptic Imaging EngineViavi’s proprietary PanOptic Imaging Engine delivers edge-to-edge clarity without compromising magnification or resolution. This ensures that even the smallest defects are detected across the entire field of view.AutoID Inspection TipsEliminate configuration errors with AutoID-enabled tips that automatically identify connector types and adjust settings accordingly. This feature enhances accuracy and speeds up connector changes in the field.TPA-Enabled Workflow IntegrationThe INX 760 is fully compatible with Viavi’s Test Process Automation (TPA) framework, enabling seamless integration into automated test environments. This ensures alignment, repeatability, and traceability across inspection tasks.Rugged and Field-ReadyEngineered for durability, the INX 760 is optimized for field use with a robust design that withstands harsh environments while delivering lab-grade performance.ApplicationsThe INX 760 is ideal for:AI and hyperscale data centers: Supports rapid deployment and maintenance of ultra-high fiber count (UHFC) networks.Telecommunications infrastructure: Ensures clean, compliant connections in high-bandwidth environments.Field service and installation: Reduces inspection time and training requirements for technicians in the field.Manufacturing and QA: Enables automated, repeatable inspection processes for connector production lines.

Capacity 2 Cassettes; 3.5-in Color Touch Screen; Interfaces USB, Ethernet, GPIB (optional); Operating System Linux; Driver IVI compliant Viavi Solutions’ MAP-220C series of two-slot modular chassis provides a compact footprint lab and manufacturing test solution supporting optical test switching and signal conditioning in optical device and sub-system development and manufacturing. MAP-220C is available in three main configurations (benchtop, rack-mount and reverse rack-mount) that simplify lab use or manufacturing test station integration. With its configuration flexibility, such as horizontal or vertical placement, front or rear test access, and side-by-side 19 inch rackability, the MAP-220C series supports Viavi Solutions’ family of LightDirect modules. The compact, 2U, two-slot MAP-220C chassis mainframe is designed for general fiber-optic lab use and smaller optical manufacturer test-station deployments. MAP-220C is as efficient and cost-effective as fixed-format versions yet maintains the flexibility and modularity so you can build the application you want, when you want. The MAP-220C series hosts a specific subset of the broader MAP-300 module array focused on light sources, power meters, switches, and attenuators. These basic foundational modules serve as the key building blocks for most test applications. Users can leverage these modules in a compact, benchtop format with a simple, intuitive graphical touch screen. For larger, more complex deployments, Viavi Solutions recommends the MAP-330 (three-slot) and MAP-380 (eight-slot) chassis systems. These chassis support all released MAP-300/200 modules. All MAP modules and chassis are completely interoperable with remote interface (GPIB or LXI). Key Features: Compact, Two-slot Benchtop Configuration Local Hi-visibility Capacitive Touch Screen Interface GUI Backward Compatible to Legacy SB & SC Switches Front or Rear Test Access to Optical Interfaces Horizontal or Vertical Chassis Placement on Bench or in Rack LXI-compliant Interface With Optional GPIB Interfaces Include GPIB, RJ45 Ethernet Pop-up Front and Rear Feet With Bumpers for Stacking Field-replaceable Controller/Power-supply Module Applications: Lab Research & Development of Active Optical Devices (e.g. Transponders, Amplifiers, Line Cards); Manufacturing of Active Optical Devices; General Purpose Optical Test Switching (e.g. Passive or Active Optical Device Work); General Purpose Fiber-optic Lab Use; Manufacturing Test Automation; Light Source and Optical Power Meter Deployment; Optical Switch and Attenuator Deployment

Capacity 3, 8 Cassettes; 3.5-in Touch Screen; Interfaces USB 3.0, Ethernet, Monitor Port; Operating System Linux; Optical Plug-in Modules GPIB, USB/LAN Expansion, Trigger Viavi Solutions’ MAP-300 series of multiple application optical test and measurement platform is optimized for compact cost-effective development and manufacturing of optical communications technology. The MAP system is the heart of Viavi Solutions’ optical test solutions for labs and manufacturing. With unmatched scalability, users can be assured that these solutions will meet their current and future needs. MAP-300 provides the foundation to Viavi Solutions’ entire portfolio, enabling scalability and efficiency for manufacturing optical network elements, modules and components. The MAP-300 series is compatible with all Viavi Solutions’ current cassettes and legacy cassette (all -C1, -C2 and -B1 modules). The cassette modules fall into two different families, the LightTest turn-key solutions and LightDirect configurable solutions to meet each customer’s exact needs. While the LightDirect family of easy-to-control, single-functionality modules includes a wide range of foundational optical test modules that are used in simple bench test applications, or combined in larger, multi-modules customer driven automated test systems, the LightTest family are application specific, integrated test solutions that leverage the power of the MAP Series Super-Application or PC based software. MAP-300 builds upon the proven strengths of the MAP System while adding innovation where it matters most for our customers. Backwards compatible support for the installed automation base, combined with several new features, including an HTML-based GUI for multi-user environments, gives customers the capabilities they need to achieve their goals. The MAP-300 mainframe, like its predecessor, is offered in both benchtop and rackmount versions as either three (MAP-330) or eight slot (MAP-380) mainframe configurations. The eight-slot version can also be provided in a reverse rack-mount configuration. Key Features: Rackmount, Reverse-rackmount and Benchtop Mainframe Configurations HTML-based Graphical User Interface for Consistent User Experience Locally & Remotely Field-replaceable Controller Includes an Integrated 3.5-inch LCD Touchscreen Support for USB 3.0 Port, 15.6-inch External Monitor and Ethernet Optional GPIB, Additional Ethernet Ports and Additional USB and Trigger Modules SCPI Logical Interface for Automation Programming with Remote Programming Supported Multi-user Capabilit Backward Compatible with MAP2xx Series Cassettes and Remote-control Support Hot-swappable Modules Applications: General Purpose Fiber-optic Lab Use; Manufacturing Test Automation; DWDM/WSS Test; Connectivity IL/RL; Polarization Scrambling and OSNR

Broadband Class 1M Laser Source; 1525 to 1610 nm; Output Power ≥20 dBm, FC/APC Connector; Source Mode Amplified Spontaneous Emission Viavi Solutions’ mBBS-C1 series of Multiple Application Platform (MAP) broadband light sources is a third-generation erbium doped fiber-based design delivering 100 mW of amplified spontaneous emission (ASE) across the extended C-band and L-band. The mBBS-C1 series modules are used for optical component measurement and telecommunications transmission testing. The mBBS-C1 series is compatible with all current Viavi Solutions MAP-300, MAP-220-C as well as legacy MAP-200 chassis. The MAP-300 multiple application platform is a modular, rack mountable or benchtop, optical test and measurement platform with chassis that can host 3 or 8 application modules. The mBBS-C1 is part of the LightDirect module family, characterized by its simple control and single function nature. Individually or together they form the foundation of a diverse array of optical test applications. The optical output of the mBBS-C1 series is ultra-stable, depolarized and spectrally flat to within 1.8 dB and shows power stability better than 0.02 dB. These characteristics make it ideal for several applications including noise loading during OSNR compliance test, power loading of optical amplifiers during gain, and noise figure measurements or passive component characterization. Due to extreme power stability, this source is often used for optical calibration of power meters and variable attenuators. The optics of the mBBS-C1 series consist of an erbium-based gain block with supporting optical components specifically designed to achieve maximum output power at the bulkhead-mounted optical connector while minimizing input/output isolation. An intuitive graphic user interface (GUI) is optimized for use in either a laboratory or a manufacturing environment. Efficient transition between summary and detailed views allow users to operate at a system level or access the full power of a module. Key Features: >100 mW Depolarized Output Power Over the Extended C-Band and L-Band Power Flatness < 1.8 dB Ultra-high Power Stability LXI-compliant Interfaces and IVI Drivers Applications: Spectral Tests and Measurements of Optical Components (Couplers, WDMs, Isolators, etc); OSNR Noise Loading for Receiver and Systems Compliance Tests; Power Loading for Optical Amplifier Testing; Ultra-stable Source for Optical Calibration Systems; Polarization Mode Dispersion (PMD) Measurements

Erbium-doped; 1528 to 1610 nm; Input Power -4 to 0 dBm; Output Power ≥20, ≥21, ≥25 dBm Viavi Solutions’ mEDFA-C1 series of MAP Erbium Doped Fiber Amplifiers meets some of the most demanding optical specifications including a low-noise version with <3.7dB noise figure. DWDM, high power and an L-band version are also available. mEDFA-C1 MAP is a third-generation amplifier design, optimized for use in the systems lab or for optical test and measurement applications. The simplified control and modular design make the module extremely simple to integrate and use. It removes the need to “work-around” networking management protocols that often frustrate R&D and manufacturing engineers and slow down test automation. The mEDFA-C1 has six carefully selected variants designed to span the most critical application requirements. While simple to control from the front panel or over the remote interface, the mEDFA-C1 MAP amplifiers meet some of the most demanding optical specifications including a low noise version with <3.7dB noise figure. These low noise amplifiers are essential for test automation implementations where system path loss requires a test signal power boost prior to application to the DUT. In most cases OSNR impairments must be kept to a minimum. Auto gain and power control options are designed to simplify power management, in particular when a single channel tunable source is used. DWDM, High Power and an L-band version are also available. As part of the MAP-300 family (also compatible with MAP-200), the mEDFA-C1 MAP module series is an Ethernet or GPIB modular instrument that can be directly managed from your PC-based automation system. A member of the LightDirect Family of MAP-300 modules, the mEDFA-C1 can be deployed in the compact MAP-220C 2-slot chassis, the MAP-330 3-slot chassis or the larger MAP-380 8-slot chassis systems. Alongside the many other modules, such as amplifiers, precision attenuators, power meters and spectrum analyzers, MAP-300 is the ideal modular photonics test platform for 100G+ test applications. Key Features: Variant Options to Cover Low Noise Figure (<3.7 dB) or High Power (>25 dBm) Requirements Single-channel Extended C and L Band Versions Gain Flattened DWDM Multichannel Extended C Band Versions Automated Gain and Power Control Options Applications: Amplification of Sensitive Signals in Automated Test Systems; Power Saturation Recovery Testing; OSNR Noise Loading

The mFVU-3000 FlexLight Dual-Objective Connector Microscope by Viavi is a state-of-the-art inspection solution engineered for high-precision fiber optic connector analysis in demanding manufacturing and research environments. Designed to meet the rigorous standards of next-generation optical networks, this fully automated microscope delivers unmatched imaging clarity, speed, and flexibility—empowering users to detect and resolve defects that compromise performance in AI, HPC, and data center infrastructures.With its dual-objective system, advanced lighting control, and REST API integration, the mFVU-3000 is purpose-built to streamline workflows, reduce test times, and ensure compliance with IEC 61300-3-35 standards. Whether inspecting MPO, VSFF, or legacy connector formats, this microscope provides actionable insights that go far beyond basic pass/fail criteria.Key features: Precision Dual-Objective ImagingThe mFVU-3000 combines 400X high-resolution magnification with a 30X wide field of view, enabling detailed inspection of both individual fiber endfaces and full connector arrays in a single unit. This dual capability ensures comprehensive analysis without the need for manual reconfiguration.Advanced Lighting and Imaging ControlAxial and oblique lighting modes with programmable angle and direction control allow users to distinguish between scratches and contaminants with exceptional clarity. This flexibility enhances defect detection and polish quality assessment.Automated and ScalableWith full automation via open REST API, the mFVU-3000 supports seamless integration into manufacturing environments. It enables programmable workflows, automated pass/fail analysis, and customizable reporting—reducing operator dependency and increasing throughput.Connector VersatilitySupports a wide range of connector types, including PC/APC ferrules from 1 to 64 fibers, and next-gen VSFF formats such as CS, SN, MDC, and MMC. Magnetic quick-connect adapters with auto ID simplify setup and ensure repeatable results.Compliance and Quality AssuranceEnsures full compliance with IEC 61300-3-35 standards, providing real-time, full endface visualization for reliable quality control in high-density optical networks.Applications: Optical component manufacturing: Ensures high-yield production by identifying polish defects and contamination early.AI and HPC infrastructure: Validates high-density parallel optical connectors critical for data-intensive workloads.Data center deployment: Verifies connector integrity to prevent costly downtime and performance degradation.R&D and quality assurance: Provides detailed visual analytics for connector design and process optimization.

1527 to 1568 nm; Fiber Type Single Mode; Connector Type FC/APC; Accuracy ±370 MHz; Max. Input Power +17 dBm Viavi Solutions’ mHROSA-A1 MAP series of MAP-based integrated multi-wavelength meters and high resolution OSA modules combines sub-GHz resolution performance and compact modularity in a single-slot cassette. Supported in MAP-300 (and legacy MAP-200) mainframes, mHROSA-A1 MAP can take advantage of the wide array of other Viavi MAP modules such as power meters, attenuators, switches, sources and a range of signal conditioning modules. The mHROSA-A1 MAP series consist of richly featured multi-wavelength meters and high-resolution OSAs with analysis features that can be controlled through an easy-to-use GUI or the MAP-300 automation interface. Based on coherent detection techniques, mHROSA-A1 MAP has no moving parts and it provides unprecedented frequency resolution to precisely report the power level and central frequencies of densely spaced optical signals as close as 2 GHz. The ground-breaking mHROSA-A1 MAP series provides the ideal solution for both lab and manufacturing test systems, where reliability, compactness, and performance are critical. In combination with Viavi Solutions’ mWAVE-A1 MAP series, these modules are ideal for automated test in manufacturing environments. Based on coherent detection technology, they provide unprecedented frequency resolution to precisely report the power level and central frequencies of densely spaced optical signals as close as 2 GHz. This combination is the ideal solution for both lab and manufacturing test systems where reliability, compactness and performance are critical. Key Features: Sub-GHz Wavelength Resolution Extended C-band Acquisition Range Measures Frequency, Power Level and OSNR Continuous and Averaging Test Modes Measures Side-mode Suppression Ratio Applications: DWDM Transmission Systems; Optical Sources; Transponders and Linecards; Qualify 10/40/100/400 G Components and Systems; Validate and Deploy 100 G and 400 G Flex-grid DWDM

Optical Power Meter Modules; 750 to 1700 nm; Power Measurement -100 to +27 dBm; Accuracy ±3.0% to ±7.9%; Fiber Type Single Mode, Multi Mode; FC, ST, E2000, MU, MTP, Bare Fiber Adapters Viavi Solutions’ mOPM-C1 MAP series of Multiple Application Platform (MAP) fiber power meter modules (mOPM-C1) is a second-generation power meter that brings a range of panel mount and remote head configurations to the Viavi Solutions MAP-300 (and legacy MAP-200) platform. The mOPM-C1 MAP series extends the optical power measurement capability of MAP-300 by offering three grades of optical performance available in panel-mount or remote-head configurations with 1, 2, or 4 inputs per module. All four performance grades are based on indium gallium arsenide (InGaAs) detectors and are suitable for applications using single mode (SM) or multi mode (MM) fiber. They feature high accuracy, high linearity, and extremely low polarization dependant loss (PDL). The general purpose grade provides a measurement range of -70 to +10 dBm. The high-performance detector features thermal stabilization, which results in an extended wavelength range and a power measurement range of -80 to +11 dBm. The high-power grade extends high-power measurement capability to +27 dBm. The ultra-performance detectors features enhanced thermal stabilization and noise control, which results in a power measurement range of -100 dBm to +11 dBm and best in class noise performance. A member of the LightDirect Family of MAP-300 modules, the mOPM-C1 MAP can be deployed in the compact MAP-220C 2-slot chassis, the MAP-330 3-slot chassis or the larger MAP-380 8-slot chassis systems. Alongside the many other modules, such as amplifiers, precision attenuators, power meters and spectrum analyzers, MAP-300 is the ideal modular photonics test platform for 100G+ test applications. The MAP-300 platform’s industry-leading density and configurability enables test engineers to meet specific application requirements in the smallest possible footprint. Key Features: Panel-mount or Remote-head Configuration Single-, Dual-, or Quad-channel Configurations Available 250 kHz Sampling Rate for High-speed Applications 750 to 1700 nm Operating Wavelength Range 110 dB Dynamic Range and High-power Options Compatible With Single Mode and Multi Mode Fiber Ability to Store up to 100,000 Data Points per Channel Applications: Amplifier Characterization; Receiver and Transmitter Testing; Absolute Power Measurement; Optical Switching Time Measurement

2 and 4 wavelengths versions; 850 to 1625 nm; Measurement Time Averaging Options 2, 5, 10 s; Fiber Type Single Mode, Multi Mode; Connectors FC/APC, FC/PC Viavi Solutions’ mORL-A1/mIL-A2 MAP series provides single mode insertion loss / return loss test meters and fully EF-compliant multi mode insertion loss test modules for use with Viavi Solutions’ advanced MAP-300 (and legacy MAP-200) platforms. Viavi Solutions’ passive component/connector test solution (PCT) consists of a powerful family of modules, software and peripherals for testing insertion loss, return loss, physical length, and polarity of optical connectivity products. Leveraging the modularity and connectivity of Viavi Solutions’ MAP-300 (and legacy MAP-200) platform, the PCT can be configured for R&D, production, or qualification test environments and can address all key fiber types from single mode through OM1 and OM4. The mORL-A1/mIL-A2 MAP series is often used in conjunction with the optical switch (mOSW-C1/mISW-C1) and remote optical power meter (mOPM-C1) MAP modules. In mORL-A1 MAP series single mode IL and RL meters, one single-slot module contains up to four sources (1310, 1490, 1550, 1625 nm), and integrated power meter, and an optional 2x2 optical switch for automated bidirectional testing. mORL-A1 MAP series multi mode IL and RL modules are based on the same basic technology and architecture as the single mode modules described above. A standard dual-wavelength version is available (850, 1300 nm) for multi mode applications with an integrated power meter and optional 2x2 optical switches for automated bidirectional testing. The dual-fiber option can test 50 µm or 62.5 µm from the same module. The final measurement module in the PCT family is the mIL-A2 MAP multi mode insertion loss meter which is a powerful, stable, and compact IL-only solution. One single-slot module contains two LED sources (850 nm and 1300 nm) and an integrated power meter for manual or automated testing. It is an ideal lower-cost option for applications that do not require RL measurements. Its excellent source stability and launch monitoring minimizes reference frequency requirements. The MAP-300 (and legacy MAP-200) series is the first photonic layer lab and manufacturing platform to be LAN Extensions for Instrumentation (LXI)-compliant, bringing the full power of Ethernet connectivity and ease of use of interchangeable virtual instrument (IVI) drivers to the optical test environment. The MAP Series platform’s industry-leading density and configurability enables test engineers to meet specific application requirements in the smallest possible footprint. Key Features: Increases Production Yield by a Factor of 4 Requires Only 25% of the Space of Other Solutions Enables Expansion Into New High-growth, High-performance Applications such as 40/100 G Data Center Markets Modular Platform Can Scale as Needs Arise and Budget Allows Port Mapping Verifies Multifiber MPO Cassette Continuity and Polarity in Less Than 15 Seconds Fully Supports High-growth MPO and MTP Multifiber Connectors Applications: Testing IL/RL/Length of Optical Connectors and Cable Assemblies, Structured Cabling Solutions and Optical Splitters; Automated Test of Multifiber Assemblies such as MPO; Solutions for Both Single Mode and Multi Mode Fiber-based Devices; Verifying Continuity and Polarity of Large Multifiber Assemblies; Measuring RL of Line Cards and Receptacle-based Transponders

Module & Tray Versions; 760 to 1650 nm; Insertion Loss 0.7 to 1.2 dB; Return Loss 25 to 62 dB; max. Crosstalk -55, -60, -80 dB; Max. Input Power 300 mW Manufacturing test automation is critical to reducing product costs and optical switches are at the heart of any automated test system. Viavi Solutions’ mOSW-C1 MAP series of optical switch modules and mISW-C1 MAP series of optical switch trays are built on the industry-leading, fourth-generation instrumentation class of Viavi Solutions optical switch technology. With more than 30 years of leadership in optical switching across network, monitoring, and manufacturing applications, the mOSW-C1/mISW-C1 MAP series represents a new milestone for performance and reliability with the industry’s smallest footprint. For the first time, the performance and repeatability found in large, fixed format 19-inch Viavi Solutions rack-mount systems are available in a modular plug-in or tray. Manufacturing engineers no longer have to choose between test system’s size and its performance. Leveraging the mOSW-C1/mISW-C1 MAP series can reduce the size of switching systems by as much as 75% while still delivering the performance of much larger legacy systems. A 50% increase in switching speeds significantly saves testing time for connection-intensive architectures. These switches are components of the MAP-300 (and legacy MAP-200) family. With the widest range of optical modules in the industry, it is the most popular choice for manufacturing test automation across all optical industry segments. This includes the manufacture of passive components, transponders, and line cards. Advanced connectivity through remote VNC, Ethernet, GPIB, or local GUI makes the MAP-300 a natural choice for complex automation architectures because it dramatically simplifies debugging for remotely located manufacturing sites. Key Features: Provides All Optical Switching, Independently From Data Rate and Transmission Format Minimal Impact on Dynamic Measurement Range Regardless of Switch Size Low Loss for All Configurations from 1x2 to 1x176 Flexible SCPI Remote Interface Ultra-low 0.04 dB PDL and ±0.005 dB Repeatability New PTRIM Option Simplifies Troubleshooting and Measures In-line Power up to 20 dB- 1C, 2D (Duplex), and 2E Input Configurations Expanded Beam Technology Ensures Multi Mode Switches Are “Modally Transparent” Applications: Test System Automation for Multi-port Components, Modules and Line Cards; Management of Complex Test Sequencing in Manufacturing; Test of Multi-fiber Connectors (Paired With mORL-A1); Test for Long-term Reliability

Scrambling Modes Random, Rayleigh, Ring, Discrete; 1520 to 1620 nm; Max. Input Power 20 dBm; Insertion Loss <3 dB; Return Loss >40 dB Viavi Solutions’ mPCX-C1 MAP series of Multiple Application Platform (MAP) polarization scrambler controllers provides polarization scrambling, control and stabilization for use in applications such as temporal depolarization, 100G+ coherent interface testing as well as stabilization and tracking of target SOP conditions. mPCX-C1 MAP is a single-slot, high-speed polarization scrambler, controller and stabilizer. Based on Lithium-Niobate, the electro-optic waveplates have the response time required by the most demanding polarization management applications. With the rise of coherent modulation formats and polarization multiplex systems, there is a new premium on understanding the way the polarization state of these signals interacts with single mode fiber. The MPCX-C1 MAP is designed to enable these tests, not only in the laboratory, but also in the transition of these tests into a manufacturing environment. At its core, the mPCX-C1 MAP series cascades eight quarter wave-plates; each calibrated over the C+L band. These wave-plates can be rotated at high speed and are reset-free (endlessly rotatable) to control the state of polarization (SOP). Simple, predefined, rate-programmable, and polarization scrambling modes are provided which can achieve rates up to 3 Mrad/s. Alternatively, user-defined tables can be uploaded for custom scrambling patterns. With the proprietary SOP feedback option, two features are unlocked. The first enables an identified state to hold while the mPCX-C1 counteracts normal environmental drift and the second simplifies the automatic generation of unique diagnostic scrambling modes. As part of the MAP-300 family (also compatible with MAP-200), the mPCX-C1 MAP module series is an Ethernet or GPIB modular instrument that can be directly managed from your PC-based automation system. A member of the LightDirect Family of MAP-300 modules, the mPCX-C1 MAP can be deployed in the compact MAP-220C 2-slot chassis, the MAP-330 3-slot chassis or the larger MAP-380 8-slot chassis systems. Alongside the many other modules, such as amplifiers, precision attenuators, power meters and spectrum analyzers, MAP-300 is the ideal modular photonics test platform for 100G+ test applications. Key Features: High-speed Polarization Scrambler Rate Programmable rom 1.00 rad/s to 3.00 Mrad/s Operation in C+L Band With Less Than 3 dB of Insertion Loss Uniform Scrambling by Design, Independent of Input State of Polarization Six Advanced Scrambling Modes Including Rayleigh, Random and Ring Polarization Stabilization and Return-to-state Capability with Proprietary SOP Feedback Option Manual Polarization Control via Classic Waveplates Applications: Photonic Communication Test Automation; 100G+ Coherent Interface Testing; Temporal Depolarizer for Loss, Gain and PDL Min/Max Measurements; Stabilization and Tracking of Target SOP

120 Independent Filters; 1528 to 1610 nm; 2, 4, 8 Active Output Ports; Insertion Loss <5.5, <6.0, <6.5 dB; Return Loss >30 dB; Max. Input Power 9 to 24 dBm Viavi Solutions’ mTFX-C1 MAP series of Multiple Application Platform (MAP) multiport tunable filter modules dramatically simplifies test signal management for next-generation 100 G+ interfaces, sub-systems, and system test. The mTFX-C1 MAP series is a modular Ethernet or GPIB instrument and can be directly managed from your PC-based automation system. It eliminates the need to re-purpose optical network technology or use complex libraries with specialized interface cards. Based on next-generation liquid crystal on silicon (LCOS) technology, the mTFX-C1 MAP series is much more than a tunable filter. It combines variable attenuator, switch, power meter, and DWDM multiplexer functions to dramatically simplify photonic testing of coherent interfaces, amplifier, and DWDM systems. Leveraging TrueFlex™ technology, filters are continuously tunable in center wavelength and bandwidth and are not locked to the ITU grid. Multiple parallel wavelength paths can be created without disrupting already established connections—all with sub-GHz resolution. Industry-leading specifications for loss and out-of-band rejection ensure minimal impairments on your test signals. Using the mTFX-C1 MAP series, get the right wavelengths to the right test port with the right power—quickly – and flexibly isolate, groom, manage, and route any wavelength or group of wavelengths with a simple, intuitive GUI and/or SCPI-based remote commands. Key Features: Tunable Filter With Bandwidth Adjustment from 6.2 to 5100 GHz With 0.5 GHz Resolution Low Loss Continuous Extended C-band or L-band Coverage With ±3.5 GHz Wavelength Accuracy Up to 120 Independent Filters, Each With Independent Attenuation and Output Port Assignment New Filters Can Be Added and Removed Without Disturbing Existing Connections Internal Power Meter Option With Automated Single and Multiple Peak Find Algorithms Automated Peak Tracking Function Without Loss of Transmitted Power Fast, Simple GUI and SCPI Control Interfaces for Filter Generation Optional SW License to Enable up to 8 Output Ports Applications: Photonic Communication Test Automation; 100 G+ Coherent Interface Testing; ROADM Node Emulation; Signal Extraction or Insertion During DWDM System Testing; Amplifier Gain Spectrum Management and Load Tone Generation

M4 Channel Tunable Laser Source; 1528 to 1608 nm; Output Power 7 to 10.5 dBm; FC/APC Connectors; Source Mode CW Viavi Solutions mTLG-C2 MAP series of multiple application platform (MAP) tunable distributed bragg reflector (DBR) lasers are new-generation tunable lasers that are ideal for DWDM testing where the capability to change wavelength on demand over the C- band with 50 GHz spacing is essential. The mTLG-C2 MAP series is based on a Sampled Grating Distributed Bragg Reflector (SGDBR) laser with an integral wavelength locker. Wavelength and output power settings are controlled using the MAP Series local interface or automation interfaces. The integrated wavelocker and automatic power control loop enable very stable operation. The mTLG laser modules integrate up to 4 Viavi Solutions transmit optical sub-assembly (TOSA) based integrable tunable laser assemblies (ITLA) that incorporate an SG-BGR, a semiconductor optical amplifier (SOA), and an integral wavelength locker – all enclosed in a high reliability, hermetically sealed (TOSA) package. The mTLG laser module advances the optical source capability by offering C- or L-band tunability, and dense configurations with 1, 2 or 4 sources per module. An intuitive graphic user interface (GUI) is optimized for use in either a laboratory or a manufacturing environment. Efficient transition between summary and detailed views allow users to operate at a system level or access the full power of a module. The mTLG-C2 LAB series is part of Viavi Solutions’ LightDirect module family. Alongside the many other modules, such as light sources, polarization scramblers, power meters, and spectrum analyzers, the MAP series is the ideal, modular platform for photonic system and module testing. The mTLG is compatible with all current MAP-300 (and legacy MAP-200) chassis. The MAP Series is the first photonic layer lab and manufacturing platform to be LAN Extensions for Instrumentation (LXI)-compliant, bringing the full power of Ethernet connectivity and ease of use of interchangeable virtual instrument (IVI) drivers to the optical test environment. The MAP Series platform’s industry-leading density and configurability enables test engineers to meet specific application requirements in the smallest possible footprint. Key Features: Single, Dual or Quad Channel Configurations Available C- or L-band Options Available Wavelength Tuning Range of 42 nm (C-band), 38 nm (L-band) 50 GHz Channel Spacing Narrow Linewidth <5 MHz Output Power >12 dBm (C-Band), >10.5 dBm (L-Band) SMSR 40 dB min Applications: Optical Amplifier Testing; Tunable Laser Grids; DWDM Transmission Testing; Fiber Characterization; Transmitter and Receiver Testing

Passive Optical Components Module; 850, 1310, 1550 nm; Fiber Type Single Mode, Multi Mode; Power Handling 300 mW; Insertion Loss <1.2 to <11.8 dB; Return Loss ≥25, ≥45 dB Viavi Solutions’ mUTL-C1 MAP series of Multiple Application Platform (MAP) passive utility modules is designed to simplify the mechanical integration of passive optical components into large automated test systems. A range of passive devices are available including single mode and multi mode optical couplers, Mux/Demux modules for 40G and 100G Ethernet, a quad wavelength filter for shaping ASE spectrum as well as a bulkhead-adapters only module for mechanical mounting of user supplied components. All modules are available with any of six optical connectors types. Single mode and multi mode optical couplers enable power reference paths or tap signals for in-line test. 40G and 100G Ethernet standards have adopted WDM technology for single fiber interfaces. The mUTL-C1 MAP series provides Mux/Demux modules complying with the IEEE standards and are the ideal solution to isolate individual lanes for test access. LAN-WDM multiplexers are ideal to multiplex and de-multiplex eight LAN-WDM channels as according to 400GBASE LR8/ FR8 supporting IEEE 802.3bs standard. A quad wavelength filter helps shaping ASE spectrum or reducing ASE in the standard 1310 / 1490 / 1550 / 1625 nm test windows. A bulkhead-adapters only module is also available for mechanical mounting of user supplied components. These cassettes are supplied with mounting hardware and twelve bulkhead adapters for ease of integration of up to four 3-port devices. Each module has user definable data fields that can be accessed by the MAP series chassis to assist in module identification and displayed or recalled remotely. The MAP series is the first photonic layer lab and manufacturing platform that is LAN eXtensions for Instrumentation (LXI) compliant by conforming to the required physical attributes, Ethernet connectivity, and interchangeable virtual instrument (IVI) drivers. The MAP series platform is optimized for density and maximum configurability. Key Features: Mechanically Robust Integration of Fiber Optic Couplers, Splitters and Mux/Demux Components into Larger Integrated Test Environments Compact Design With 12 Bulkhead Connectors Enables Packaging of up to Four 3-port Couplers Bulkhead Only Versions Available for Mounting User-supplied Components Single Mode or Multi Mode Component Options Multi Mode Components Are Modally Transparent Ideal for Individual Lane Testing of WDM Signals for Next Generation Ethernet Formats Applications: In-line Tapping of Signals for Power and Spectrum Measurements; Power Reference Branches for Passive Component Test; Splitting Signals for Parallel Test Applications

Motorized Cassette Device; Fiber Type Single Mode, Multi Mode; 750 to 1650 nm; Connector Type FC/(A)PC, SC/(A)PC, LC/(A)PC; Attenuation up to 65 dB, 70 dB Viavi Solutions’ mVOA-C1 MAP series of motorized variable optical attenuators is a stepper motor- and filter-based attenuator that takes advantage of the latest available technologies to provide the highest performance optical power level control solution with the lowest optical impairments. With its compact modular package, the mVOA-C1 MAP series is optimized for Viavi Solutions’ industry-leading MAP-300 (and legacy MAP-200) multiple application platform. This photonic layer lab and manufacturing platform is LAN Extensions for Instrumentation (LXI)-compliant by conforming to the required physical attributes, Ethernet connectivity, and interchangeable virtual instrument (IVI) drivers. Now in its 5th generation, the mVOA-C1 MAP series is available in single, dual, and/or quad configurations. This hot-pluggable cassette works in all MAP-300 and legacy MAP-200 platforms, including the two-slot version MAP-220C. For the basic lab bench, a single VOA module can be deployed in a compact MAP-220C LightDirect chassis. This simple two-slot solution is ideal for situations that require simplicity, a local touch screen GUI, and lab portability. When fast, simple, and accurate measurements are necessary, it eliminates the need to use inferior handheld tools or to control the device from a PC. The second slot is ideal for flexibly deploying power meters or optical switches. Larger, automated production projects require moving up to the MAP-330 (3-slot) or MAP-380 (8-slot) platforms. Key Features: High Accuracy and Repeatability Fast Transition Speed Flat Spectral Response Ultra-low Insertion Loss (<0.9 dB) Low Backreflection Optional Built-in Wavelength-calibrated Power Meter High Input Power Capability (up to 2 W for SM Fiber) for EDFA Testing and Multi-wavelength Applications Applications: Transmitter Dispersion, Eye Mask and Receiver Sensitivity Testing; EDFA Noise Figure and Gain Flatness Testing; Power Meter Calibration; Loss Simulation

1527 to 1568 nm; Fiber Type Single Mode; Connector Type FC/APC; Accuracy ±370 MHz; Max. Input Power +17 dBm Viavi Solutions’ mWAVE-A1 MAP series of multi-wavelength wavemeter modules is the most compact solution available. It is a richly featured multiwavelength meter that works in MAP-300 (and legacy MAP-200) mainframes and can be controlled through and easy-to-use GUI or the MAP-300 automation interface. Based on coherent detection techniques, it provides unprecedented frequency resolution to precisely report the power level and central frequencies of densely spaced optical signals as close as 2 GHz. This ground-breaking solution is ideal for both lab and manufacturing test systems where reliability, compactness, and performance are critical. To Viavi Solutions’ best knowledge, the mWAVE-A1 MAP series is the industry’s most compact multiwavelength meter. It covers the extended C-band (191.1 – 196.4 THz) for telecom manufacturing with an absolute accuracy of ±3 pm for seamless transitions from R&D to manufacturing environments. The mWAVE-A1 series has no moving parts and works alongside other MAP modules in the MAP-300 (and legacy MAP-200) optical application mainframes. In combination with Viavi Solutions’ mHROSA-A1 MAP series, these modules are ideal for automated test in manufacturing environments. Based on coherent detection technology, they provide unprecedented frequency resolution to precisely report the power level and central frequencies of densely spaced optical signals as close as 2 GHz. This combination is the ideal solution for both lab and manufacturing test systems where reliability, compactness and performance are critical. Key Features: Extended C-band Acquisition Range Multi-wavelength Meter Easy-to-use Tabulated Results Applications: DWDM Transmission Systems; Optical Sources; Transponders and Line Cards

CWDM Channel Checkers; 1260 to 1620 nm; Resolution 2 nm; Max. Input Power +22 dBm; Measurement Time 1 min; Connector Type SM/PC, FC, SC, LC, ST; Return Loss >35 dB Viavi Solutions’ OCC-55 series of handheld, battery-operated CWDM channel checkers is ideal for field service groups tasked with the installation, maintenance, and upgrades of CWDM systems. The OCC-55 series scans the CWDM system and automatically records all channels with the wavelength and related power level. The information can be displayed in a graphical spectrum format or in a table of results so that users can easily check the performance of each and every channel. Key Features: ITU-T G.694.2 CWDM Channels Measurements (up to 18 Channels) Channel Drift Monitoring Bar Graph and Table of Results Display Mode Light and Compact (0.5 kg / 1.1 lb)- Client USB Port (Standard) and Host USB Port (Optional) Integrated Fast Battery Charging Function Report Generation via OFS-355 Smart Optical Reporting Software Applications: Performance Verification in Metro Access Networks; Troubleshooting in CWDM Networks; Upgrade of CWDM Systems; Network Element Verification; Channel Verification at Add/Drop Multiplexers (OADM)

DWDM Channel Checkers; 1528 to 1565 nm; Resolution ±0.01 dB; Max. Input Power +10 dBm; Measurement Time 10 s; Connector Type APC, SC, FC, ST, LC; Return Loss >35 dB Viavi Solutions’ OCC-56C series of handheld, battery-operated dense wavelength division multiplexing (DWDM) channel checkers is ideal for field service groups tasked with the installation, maintenance, and upgrades of DWDM systems. The SmartClass OCC-56C series scans the DWDM system and automatically records all channels with the wavelength/frequency and the related power level. Information can be displayed in a graphical spectrum format or in a table of results so that users can easily check the performance of each and every channel. The SmartClass OCC-56C series of DWDM channel checkers covers all ITU-T frequencies from 191.600 to 196.100 THz based on a 100 GHz grid. The industry’s smallest and lightest DWDM channel checkers supports C-band applications and their outstanding battery life ensures highest flexibility. Supporting 100 or 200 GHz channel spacing (according to ITU-T), the devices display measurement results in graphical or tabular mode and provide the possibility to save results via internal memory or external USB memory stick. Key Features: ITU-T 100/200 GHz DWDM Channels (OCC-56) Channel Drift Monitoring Bar Graph and Table of Results Display Mode Light and Compact (0.5 kg / 1.1 lb) Client USB Port (Standard) and Host USB Port (Optional) Integrated Fast Battery Charging Function Report Generation via OFS-355 Smart Optical Reporting Software Applications: Installation, Maintenance and Upgrade of DWDM Systems; Analysis of Single Channel Before MUX and DEMUX Qualification of Multiplexed Signals; In-service Measurement and Network Element Verification; Channel Drop Testing at Optical Add/Drop Multiplexers (OADM)